Transcript ITU Workshop on the “Internet of Things Trend and Challenges in Standardization” (Geneva, Switzerland, 18 February 2014) ITU-T SG16 and JCA-IoT activities Jun.

ITU Workshop on the “Internet of Things Trend and Challenges in Standardization”
(Geneva, Switzerland, 18 February 2014)
ITU-T SG16 and JCA-IoT activities
Jun Seob LEE
ETRI
[email protected]
Geneva, Switzerland, 18 February 2014
IoT-related entities in ITU-T
Joint Coordination Activity on Internet of Things (2011.3 ~)
IoT Standards Roadmap
• 30 participating entities: All ITU-T SGs, ITU-R WP1A, WP1B,
WP5A, ISO TC 122, 204, ISO/IEC JTC 1 SC 6, 31, WG 7, ETSI,
CEN, OMA, GS1/EPC global, YRP, ECMA, GSIFI, TIA, GSM
MSTF, OGC
• Working deliverable: IoT Standards Roadmap
• On-going and published work
on IoT in other SDOs and ITU
• Open to public (free download)
IoT work plan
• On-going and planed work on
IoT within ITU-T
Internet of Things Global Standards
Initiative (2011.5 ~)
• Core Questions: Q2/1, Q1/3, Q12/11,
Q1/13, Q2/13, Q3/13, Q11/13, Q25/16,
Q27/16, Q6/17
• Additional Questions: 15 Qs
Geneva, Switzerland, 18 February 2014
Focus Group on M2M service layer
(2012.1 ~ 2013.12)
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Definition of IoT
IoT
A global network infrastructure, linking
physical and virtual objects through
the exploitation of data capture and
communication capabilities
[EU FP7 CASAGRAS]
MTC
A form of data communication which
involves one or more entities that do
not necessarily need human interaction
IoT
A global infrastructure for the information
society, enabling advanced services by
interconnecting (physical and virtual) things
based on, existing and evolving, interoperable
information and communication technologies
NOTE 1 – Through the exploitation of
identification, data capture, processing and
communication capabilities, the IoT makes full
use of things to offer services to all kinds of
applications, whilst ensuring that security and
privacy requirements are fulfilled.
[ITU-T Y.2060]
M2M (service layer)
Considered as a key enabler for IoT
M2M
Communication between two or
more entities that do not
necessarily need any direct human
intervention
M2M
Information exchange between a
Subscriber station and a Server in the core
network (through a base station) or
between Subscriber station, which may be
carried out without any human interaction
[IEEE 802.16p]
Geneva, Switzerland, 18 February 2014
IoT
a world-wide network of interconnected
objects uniquely addressable, based on
standard communication protocols
[draft-lee-iot-problem-statement-05.txt]
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ITU-T SG16
The lead SG on IoT applications
Q25/16 has been actively participating IoT-GSI
from the beginning as a core Question
Q27/16 started to participate IoT-GSI as a
core Question
Q28/16 has been participating IoT-GSI as a
additional Question
SG 16 – Multimedia coding, systems and applications
Q25/16 – IoT applications and services (ex USN applications and services)
Q27/16 – Vehicle gateway platform for telecommunication/ITS services/applications
Q28/16 – Multimedia framework for e-health applications
Q2/13 – Requirements for NGN evolution (NGN-e) and its capabilities including support
of IoT and use of software-defined networking (continuation of Q3/13)
Geneva, Switzerland, 18 February 2014
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Question 25/16
(1/5)
Q25/16 has been working on USN
(Ubiquitous Sensor network) and NID
(tag-based identification) and now
working on IoT applications and services
USN and NID are considered as the key
enablers for the IoT
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Question 25/16
Disaster/crisis
management
Structural health
Logistics, SCM monitoring
USN
directory service
Heterogeneous
sensor network
management
Agricultural
control
Military field
Disaster surveillance
Open
interfaces
Context
modeling and
management
Content
management
(2/5)
USN applications
and services
U-health care
USN middleware
Contents in ITU-T Y.2060
Service
orchestration
NGN
Access
network
Mobile
RFID
reader
Access
network
Access
network
Access
network
USN gateway
Sensor node
RFID
reader
Access
network
Access gateway
USN gateway
Sensor networks
USN gateway
Y.2221(10)_F01
(Source: ITU-T Y.2221, 2010.1)
(Source: ITU-T Y.2060, 2012.6)
Geneva, Switzerland, 18 February 2014
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Question 25/16
(3/5)
Developed following Recs.
F.744,
Service description and requirements for ubiquitous sensor
network middleware
F.747.1,
Capabilities of ubiquitous sensor networks (USN) for supporting
requirements of smart metering services
F.747.2,
Deployment guidelines for ubiquitous sensor network (USN)
applications and services for mitigating climate change
H.641, SNMP-based sensor network management framework
H.642.1, Multimedia information access triggered by tag-based
identification: Identification scheme
H.642.2,
Multimedia information access triggered by tag-based
identification: Registration procedures for identifiers
H.642.3,
Information technology - Automatic identification and data
capture technique - Identifier resolution protocol for multimedia information
access triggered by tag-based identification
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Question 25/16
(4/5)
F.747.3,
Requirements and functional model for ubiquitous network
robot platform to support USN applications and services
F.747.4,
Requirements and functional architecture for the open USN
service platform
F.747.5,
Requirements and functional architecture of an automatic
location identification system for ubiquitous sensor network (USN)
applications and services
Developing following Recs.
F.771 Amd.1,
Service description and requirements for multimedia
information access triggered by tag-based identification: Supporting
multiple air interfaces
H.621 Amd.1,
Architecture of a system for multimedia information
access triggered by tag-based identification: Supporting multiple air
interfaces
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Question 25/16
(5/5)
F.IoT-ASM,
Requirements and refrerence architecture for audienceselectable media service framework in the IoT environment
F.IoT-SPSN,
Requirements of smartphone as sink node for IoT
applications and services
H.IoT-ID,
Requirements and common characteristics of IoT identifier for
IoT service
H.IoT-Reqs,
Common service requirements for Internet of Things (IoT)
applications and services
H.USN-WQA,
Requirements of water quality assessment services in
USN
H.WoT-SA,
Geneva, Switzerland, 18 February 2014
Web of Things service architecture
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Question 27/16
Q27/16 has been working on vehicle
gateway platform for telecommunication
/ITS services/applications
ITS is considered as one of the important
application area in the IoT
Developing following Recs. (not exhaustive)
H.VGP-REQ,
Service and functional requirements of vehicle gateway
platforms
G.V2A,
Communications interface between external applications and a
Vehicle Gateway Platform
G.VGP-FAM,
Functional architecture model of vehicle gateway
platforms
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Question 28/16
Q28/16 has been working on multimedia
framework for e-health applications
e-health is considered as one of the important
application area in the IoT
Developed following Recs.
H.810,
Interoperability design guidelines for personal health systems
Developing following Recs.
(not exhaustive)
F.EHMMF, Multimedia framework for e-health applications
H.MEDX, Multimedia e-health data exchange services: Data schema and
supporting services
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JCA-IoT
(1/2)
Joint Coordination Activity on Internet of
Things
Previously, JCA-NID which started its activities
in July 2006
to coordinate the ITU-T work on NID and USN
USN in not a physical network, it is a conceptual
network making use of existing networks
On February 2011, it changed its name to JCAIoT
to coordinate the ITU-T work on the “Internet of
Things” including networks aspects of identification of
things, and USN
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JCA-IoT
(2/2)
Deliverables
JCA-IoT-D-1, Generic Reference Model Architecture
JCA-IoT-D-2r7, IoT standards roadmap
JCA-IoT-D-3, NID terms and definitions
JCA-IoT-D-4, USN terms and definitions
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Observations
Needs more efficient internal coordination
Y.IoT-common-reqts vs. H.IoT-Reqs
H.810
Needs to collaborate with other
coordination bodies
ISO/IEC JTC 1/SWG 5
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Thank you for your attention.
Geneva, Switzerland, 18 February 2014
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